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' i9 p) K5 M6 C【官方文档】最全的NX9.0 新功能集锦，其他的都弱爆了！
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! U4 I- w6 x2 t- i涵盖了所有模块！
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不懂E文的，看图也知道了！！
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What's New in NX 90 iii * b! l: ]; T3 Z
Contents 6 s, F* }1 @& y, \2 ?% t* o
Chapter 1: Fundamentals
' g+ r3 b) ~; @' j9 @' @Ribbon bar interface The NX Window (Ribbon bar) 3 n) l* M5 r' r" W5 E) f3 A" `' T
Show Ribbon bar tabs and commands
. u0 b, l- d0 wAdd commands to the Quick Access toolbar 2 P& n2 N4 L7 `* G6 h1 \3 W
Add commands to Border bars
& d" Y# I8 c" ACustomize the Ribbon bar interface
9 \6 d% w8 L7 I5 T8 l6 ]Add a tab and group to the Ribbon bar * t, r0 j( D, r
Save Ribbon bar layouts 0 t: O: Z" @2 h. C' S% X
Export and import your interface layout
3 Z5 k, w( o6 `. P: v- {Ray Traced Studio
4 [, L' r. Q* @) @! s/ A$ yIssue Management enhancements
* L: u% K# I; f+ q. d) XGenerate support logs for IR or PR 7 d5 W" t# O) G1 @4 u" u
Integrated web browser enhancement / z3 ]# E3 J7 i5 R' V
View section enhancements
c) B a2 e2 P5 ]# p- h6 bDisplay facet enhancements % n- c9 D+ F3 B" a
Measure Point - B# h2 \- O3 h& \9 z
Raster Image enhancements
# ?! W. d; S+ Z$ E) l6 VLock Rotations 6 H% K5 q# Z. m7 Z0 d) x% E
Synchronize Views
& \1 A/ k( x2 S' rStereo Display Visualization preference
; @$ I+ E- r5 r) kCSYS tool enhancements : W, _/ T+ B i
Edit attributes in bulk
- K( g6 E( V4 ?( a+ F) }+ S+ @7 gChapter 2: CAD
6 V& R+ x) u% k% bSkeTChing
0 ?5 C7 a8 R0 Q; t2 i9 x8 jSketch enhancements ' H4 J. [) L' H% N( x
Sketch dimensions ) @0 d) [7 j5 }/ i, K
2D Synchronous Technology : P" i* R8 ~+ {. u
Rigid sketch groups
8 Y0 T* S6 ]' L& `2 R% w# C8 ePart Module
; U/ G/ E4 r8 \3 }) `Additional Part Module workflow
& A. T. o8 X8 R* T4 h* KShared Body enhancement
: R, t. H- D5 zControlling Part Module updates
! S( z3 D4 c3 }) PNest and Un-nest Part Module
/ ?( x" [$ ?, d( u i$ n+ C% nSave As and Part Modules
0 G9 z; O+ a8 _7 f+ n) X, ?7 rSynchronize Links enhancement 8 k1 P: ?8 _ l+ U& {
Modeling
7 H f: r) g% p6 OSnip into Patches
- T2 ^1 H! w% Q1 C# i7 nRib " E( g- V8 q+ J4 T& O U
Mirror Geometry 3 t0 |( z& O6 p6 U$ [. o% Z
Extract multiple bodies enhancement 5 m+ S1 S( A1 y `* L4 g
Analyze Pockets and Blend Pocket
" _: E7 a* c3 U% t8 D r1 @; l) oCombine or separate tool bodies
$ a2 S* T* a5 f/ C% x; x/ V6 SInterrupt feature updates
5 k' u6 Z- {. B/ E- r! QLoad Rollback Data
% l) } I: ^5 U; }3 FSorting model views
/ F( Y& e8 k/ ~* ?; \" iSelect intersection edges in Edge Blend and Draft
& Q8 D/ S1 A' O; I CReplace Edge ' d( ^/ `. s. S. f" S, k$ W
iv What's New in NX 90
) X, r8 i8 E5 J' C6 nLocal Untrim and Extend + g$ R: [" d( T2 h4 T9 s4 ]: H
RoUGh Offset enhancement ; F3 p; u' Y4 O" |% \
Replace Feature enhancements S& J1 A' q/ A* J3 _% P" N
Unsew enhancements
8 D/ e% } k1 v& E0 Y& N. i8 kDraft enhancements
3 m: x5 h/ h/ o* F7 YDraft Body enhancements
9 ?0 |) U9 D6 R: oThicken enhancements 7 K5 O3 P: L8 m+ w
Pattern enhancements
' p" }+ _2 }2 D9 Y& h+ F' X& aUntrim enhancements ' ?* X! A# _1 g2 C3 E/ G
Divide Face enhancements % W1 o. ^- H! z8 }) O/ S
Part Families enhancements
& K, O b& J3 I/ w/ F! k6 c+ A8 {! V6 BBody selection enhancements for Boolean operations
! Y r% h; O: w7 IFace selection enhancements for Synchronous Modeling 1 U h, z; F3 d+ t7 |! n- Y
Synchronous Modeling, S! p' |: n" ]: V4 [9 R, S
Move Edge
* `, T, ]4 B& j+ H; DOffset Edge
1 L4 `( R* @6 N2 z) wDelete blend faces with the Delete Face command
1 M* j) ~0 L6 d1 b8 lLabel Notch Blend enhancement
3 Z* V: Y5 ~- m3 }9 pFacet Body Preparation & K! m/ G) i d: \3 F! o
Create Box : Z0 u$ A# n5 a7 S
Snap Point enhancement
4 Z/ O9 \6 j) p2 k3 \Extrude Facet Body 3 q+ x& e* K j% O' _
Extrude Profile 5 N; W* f# j8 o
Merge Disjoint Facet Bodies $ T1 m4 x3 N" Q R; H1 G
Merge Overlapping Facet Bodies $ U& o5 Y9 B) d+ c1 i9 ~5 p8 ^
Merge Touching Facet Bodies
! f+ {: a# d3 w, W& S- Y1 ?6 x3 zRough Offset enhancement ! B! o' u0 U6 N7 v# P6 }% V
Shape Studio 2 M- ~" ?4 R+ v* _4 k% h* l
Smooth Curve String . Q: N: L+ D# |. z k, s, @. @
Section surface user interface improvements
4 B& U" z# M" BHighlight Lines enhancement 1 F$ g- K! r/ z: p
Deviation Gauge enhancements
% e6 i" n+ H- M( V3 _Face Analysis – Slope enhancements # q# o5 a" L& ?7 Q+ b
Concave Faces enhancements
# u, x* l0 ^: W( D% jFace Curvature Analysis 3 N" Z; ?" V) r" B$ c
Ruled surface Developable Alignment I# A4 ]4 \# a
Wrap/Unwrap Curve : E( ]( q( p: v( \
Assemblies 6 j* l d0 w s, i5 T' E
Pack all components enhancement ( h; J: c# F) X. S, J- x6 X
WAVE link multiple bodies enhancement
$ e( j9 R% d% j& Q" c: MLoad Rollback Data
( E! P' c. X+ V) t) FAssembly Clearance enhancements
. m3 u2 }6 m2 X- k5 eOrder of components in the Assembly Navigator
. M0 Z: i) }& e' u8 @Pattern Component
" Q/ M9 k9 I+ z4 F4 u( b& B) tIdentification of inconsistencies between WAVE and assembly constraints w5 O: G6 D! ?
Align/Lock assembly constraint
w( k2 A0 Y3 h h' M6 L$ lDirection to Fixed column in the Constraint Navigator
. O2 K( N: s$ V: i+ \Product interface enhancements
) ]4 s4 g; A. C+ _3 i$ DAssemblies functions in SNAP 6 } A B& e1 B9 l* C Z8 l
Visual reports 8 t3 y) M+ {( E$ a9 X+ W% O
Drafting 8 W, i* [% i( @) E
Usability enhancements % T$ y6 U1 h4 o8 k# f
Rapid Dimension
: ]+ e0 q5 d: u! M4 v6 ]+ ELinear Dimension
! x# X+ X. @0 g. ~* r+ }' O/ t KRadial dimension 6 {* z- @& r; j$ p2 q
Angular Dimension enhancements
& H0 N3 R: Z5 @+ RHole Callout $ x% t: m" F& f
Geometry margins for dimensions and annotations
8 f- r9 F6 y- f# Q( l8 [+ \6 fAlternate Dimension Endpoints
, F; d+ H8 w- J. VGeneral dimension enhancements
g% f; g$ D/ H9 p8 T; EExact and Smart Lightweight view enhancements - }( {, N) n& J) H# k W2 g) `1 L$ H
Dimensioning Smart Lightweight views 5 c5 z5 u9 w7 T0 N# D2 ?' x
Viewing Direction Reference Arrows
+ C6 A% V8 @- h/ k: wSection line bend and end segment widths 5 h- J, O) ~/ U3 N/ J' t1 O) ?9 H
Auto balloon leader placement
5 D+ P6 g/ u" ^& y7 A* _Axis Intersection symbol - }$ ]4 ]( _" W6 M g! n; ~; Q
Surface Finish Symbol enhancements : m- E* s' g: y! m x# U2 _
Datum leader enhancements : e& J: Q% b3 M% r5 A
Drafting symbols
; B% a4 R7 u$ q, REmbedded image enhancements
; G. X0 G3 F- F3 S! K+ M1 SHole Table 9 {, F! `( z- u: X+ x* X
Bend Table & v' h; W* L% t K9 K. o
Inherit PMI enhancements
" T9 C9 e+ k' m) u) i, BCrosshatch enhancements
; m- r' [3 l! P( V& k& t J+ s8 EProduct and Manufacturing Information (PMI) ' ^. D( M3 ^$ w) M' m" e; y
Usability enhancements
" s% Y% u6 a- x3 CRapid Dimension / C5 y# Q" a f
Linear Dimension ' v8 Z' y5 |9 g0 o6 G1 s
Radial dimension
# G& B& `, n$ t: j% F% jAngular Dimension enhancements 9 ^' G/ k% c6 X" N
Hole Callout + J% m8 ^: R+ ?) e) ]$ m: Y
Geometry margins for dimensions and annotations
/ N* {/ p8 ^- t! b* b/ O/ XAlternate Dimension Endpoints . S4 Z7 z- ^; p6 I6 k: _
General dimension enhancements
7 @& k0 _# `. n" J3 z$ pLightweight section view enhancements : ?( F/ G4 W# r5 Q1 f: }5 `9 {8 s% o \
Surface Finish enhancements
1 z A2 j" @, iInherit PMI enhancements
& Q5 l7 i! O' Q' o2 BRegion enhancement * }2 ^: ^$ S' W6 P/ D( r- Y
Sorting model views
1 D! Z2 U- t- T4 JDatum leader enhancements
$ x3 A6 E4 ]' ~6 }1 iDrafting symbols
! [ v9 b; Y8 D$ X/ |& U5 |; z3 oAxis Intersection symbol 8 L) \- l. f0 L$ F; r; e; D
PMI Feature Identification business modifier
1 j' B# S0 h* x% e. R2 h' v7 NUpdate PMI tracking properties
5 S/ B' e6 ?4 X. ^3 c1 |, ~Sheet Metal
+ B) R+ c6 ]' B, E: i" [# GBend Table
5 H i" g1 h+ o5 m: Z/ QUnbend and Rebend enhancements 2 e4 W3 P9 A& E
Resize Bend Radius enhancements
3 F' e& j: `" p' p. cvi What's New in NX 90 0 d+ f# V1 s+ M1 k+ O6 c4 p
Mirror Feature enhancements
9 J8 p: q" O1 w' \) f: T4 ?Unite in Sheet Metal ) H3 @7 W/ f3 {/ M$ ~& x% Z( @0 Y
Three Bend Corner enhancements - x9 u" x, R( e* j" P7 }
Mirror Body enhancements . [9 C8 H0 I- [ L
Preferences for flat pattern views " o% I+ e' K/ F S9 E& |
Flat Pattern enhancements
; g7 F$ U z T$ O+ WPattern Face 6 ]! c7 W9 z$ O! a% i
Flexible Printed Circuit Design 1 m; W1 K" _6 `8 j, o
Wrap 4 T% [6 q5 K, x. [# C
Flexible Printed Circuit Design enhancements
- \0 v* z% T9 I/ {6 l* QPattern Face
& N( s8 ~0 n% VData Reuse ) m0 R) X; N8 y4 G
Double-clicking folders and reusable objects , `, i3 _$ `! K) d
Creating shortcut folders for your reuse library
2 o* v3 i K Y# F8 J+ @Reuse library undo and redo
# j' [! j2 z# ~( J6 k+ q. l1 TCreating an index in the reuse library
`% B/ M9 l: p% l1 j0 EMapping reuse library names
2 c$ q8 C7 {: I9 p0 k- f- u' w/ Q3 oReusable object feature name ( f7 k/ y# g0 y
Reusable object part definition
$ \% r+ E* z% ~4 x# QCreating feature component patterns with reusable objects
; i- E5 D1 v) u, A. VManaging knowledge enabled components in Teamcenter
4 \# T; E7 \- t6 D/ bReusable component revision rules in Teamcenter
+ W! \& k6 G8 \/ w- lAdding files as datasets to reusable objects and reusable components in Teamcenter
. n; f4 V! T4 l; g9 gPart family-related enhancements to Product Template Studio # ~. F ^! b- \3 ~3 f
Routing
3 M( R$ r& I% ~3 {Configuring Routing applications ; X" f5 Y8 ?7 n: q- ~. H6 s
Common Routing tools
$ O' d' F7 z8 \. V* d3 `Routing Electrical
8 e) y1 t/ _- T" Q( GRouting Mechanical 9 ~+ P3 r' |1 T7 O( Z, Z1 }
HVAC
" I- u' g% c( b6 IShipbuilding
7 g( ]4 h( K4 B& L! n oKnuckled plates ' \% ~5 `( s' F2 v
Knuckled profile systems
5 K# e% z) `- O4 MKnuckled profiles
/ ]* \" M6 E" S! M0 j/ BCreate stiffeners between supports
: m7 I7 A4 m9 NControl profile orientations ' r/ W, E' b% ~5 E' c8 _- ]/ k
Built-up profiles
# A2 p4 C# e" d3 C) j. E, h- K. n% ECreate stiffeners on plates with multiple thicknesses 1 f9 Q; p9 Q( f5 H
Create standard parts on plates with multiple thicknesses
, W6 x$ t J' H6 W! gSplit standard parts in the basic design 9 ]3 Z0 v8 Y7 {: c
Split standard parts and built-up profiles in the detailed design
. Z7 i" P {3 R) }: Q8 ^- sProfile Transition ( e' o3 y" ]9 y" ^6 |- E/ S, i& n [
End Cut enhancements
2 y3 u6 ?* N& @' G& fProfile Cutout enhancements ( s" N% V# n% q5 I4 ~3 D) f
Collar plate enhancement
+ t2 w" Y! [- V) x% aExamine Steel Features
$ ^2 t- `* }: U& l. VPaint Parameters
5 l# b/ S, m* zVehicle Design + k D1 @) o4 z# U8 V
Vehicle loading input to vision tools 3 b& Q6 T- J5 \+ a+ u5 T& ^- l
Vehicle Packaging Validation
# J1 O: K: Q' Z$ sHead Impact 0 @) U3 |6 W+ |$ F8 B) Z: ~
Pedestrian Protection enhancements
7 _$ F/ R) W' u; K* HEyellipse enhancements ( l- w# t6 O, D# E
2D Manikin enhancements
% k2 a3 ] G/ U' A3 q+ d7 ]5 rSeat Lines enhancements ( m; P/ T4 M% O8 c
Hand Reach enhancements
# _: X( w o& i' |# {1 ?Direct Field of View enhancements
1 u" n8 ^) s8 I" R7 V+ ZInstrument Panel Visibility enhancements 3 H# a4 L8 T x; a
Windshield Vision Zones enhancements
; e2 N& B: R( {2 t9 o4 _Mirror Certification enhancements 6 h- D c: ]* O+ F, ^; H
PCB Exchange
* W- {: \, c1 Q. PUser interface enhancements in PCB Exchange ! W8 n( T' y4 v# t! L& o
IDX collaboration commands ( b! s+ e# F& \4 ?7 R" [5 `! X/ |
IDX support enhancements L3 V0 {" g4 o1 b7 C" F. f; v+ O
Copper Area
7 q& Q; s3 A/ W. UComparison of ECAD and MCAD primary pin locations
1 ?, j" @: X7 J/ b- n- ^5 \Show Test Points + L7 A/ L2 }+ K3 w$ u
Chapter 3: CAM
( e5 T. L& \" Y7 o9 JCAM general
' X" |1 H5 G$ X; {% g, k5 v9 G% ]Notes in Manufacturing 9 ?# p; B, y* `6 D3 S
Descriptions in Manufacturing ! l- U. {: l6 q- R, j4 w5 H& W5 p
Displaying visible and hidden geometry
; w7 p5 c0 c$ i0 A+ t) [Boundary selection enhancements . ^# T1 ]4 ^- X$ `1 V, I
Boundary selection display and gap closing
r& X7 B, N/ k& i0 sPasting operations with reference
, w- c' O0 E9 k' P6 R n5 }Show Thickness by Color enhancements
3 ?3 b0 p2 ?5 G& k, F* fSet Machining Data enhancements 8 `- c" n0 F. g$ e X3 v! d
Flute length for drills + Q; r8 M5 y+ \7 j; q6 ]
Milling enhancements / Q0 [' h8 z2 `
Machining with a T-Cutter
2 V, q* g1 ~9 E: Z" e2 KMachining cylindrical parts . a! K5 m+ f; g
Tilt Tool Axis enhancements ' \; Y. u I4 |! d; R& v5 h3 ?! u
Area Milling enhancements 4 e K0 d$ T! M6 g$ x
Divide By Holder " c8 c7 y5 q" R" Z
Contact data output for Hole Milling and Thread Milling
m* }, g$ N; {2 }, b& F6 N5 v1 XCut area selection by edge-bounded region
0 I+ ]# g, v6 B$ B+ n, RSafer engage and retract moves for Zlevel operations
, j O( p& ]0 G eSmooth noncutting motions in contouring and flowcut operations
7 A, {) {" d" [5 v1 uImproving 3D IPW efficiency in Cavity Milling
# U! u' \# z3 q; b* L! V2 qMulti Blade milling for turbomachinery
% J. u' q+ Z& i# pHole machining
' x2 }0 j- J) d6 r3 x$ ?. V& SNew manual drilling operations
' V) ^9 u) ^4 D1 ^/ W6 wHole machining workflow using a feature group geometry parent |8 N. A6 K0 b3 a
Machining feature groups + V6 n$ y* {; N. S# }% v
In-process features
) @6 E. d: r$ X+ C( UVisualizing in-process features 4 N) r' y3 T7 J6 g1 |- x+ m
In-process workpiece options to control the in-process feature * n# R/ v b/ P: K: F
viii What's New in NX 90 % X9 m+ A3 Y: ~4 r: F X6 g
Feature machining areas 4 g1 o8 Q% B% X+ `
Drill tip point length ' \- s4 I- x2 H. b; q
Core Drill
1 C8 P8 d! G7 p# O6 s4 KProbing
5 G6 t' m" _2 k7 I4 tProbing- W- u# J4 Y2 x& ?. L
Turning enhancements , r- B% [- L+ D' ^1 _
Centerline Drilling depth enhancement ) {/ T7 l) u. ^ n( [1 ^. k6 |
Turning non cutting moves enhancements
; O+ G x# ^! T" C# C$ Q/ WParting off operation + m1 Y R! E: Y) [$ T
Threading non cutting moves enhancements + V5 o, X( R( c" U
Integrated simulation and verification — ISV 1 ]- ?$ m! f; { f" y8 z
Displaying axis positions and limits
! ~0 p4 i' I1 T# f% RPositioning simulated machine tools and cutters
/ T7 {& v& `8 O) d, F/ F; R. j2 F2 {Tool path display for external file simulation 8 m/ ^7 K5 ~* ~1 c( K
Simulating all channels in external files & U. G a" _; V& z& B
Simulating synchronized operations
1 F) f8 L3 C7 h' g. K4 B6 p+ |Viewing a tool contact representation
5 M1 @+ ~# g4 r I% K. bConfigurable parser for NC Controllers
7 P. [) k# q4 @8 S$ rKinematic chains for simulating complex machine tools
( R6 F* Y; z/ E5 ZSuppress Status line update
, B0 N* z- ]( a2 vIPW color mapping to tools or operations
9 ]2 |# Z. P% w+ l; X- H8 y, CRegenerating a saved IPW
9 {: b' k3 q, J* W T9 [Gouge Check enhancements
T7 Z! Y6 o ]& @+ I* m0 b7 sSinumerik Collision Avoidance 7 I: X" t. i& M' ?* o% g9 v& k( |
Simulation and postprocessor examples 6 R7 S. M+ Z' b! E# a. p! }
Flute length for drills ' N0 k9 b. M$ q5 U2 c5 S" p
NX Post
5 @4 O w" `) M9 z" p" SAdding CAM attributes for shop documentation in the post
& k4 q# i& s: ~, gPost Builder / J1 X# z1 d, v# m# P( E: \
New Tcl commands in Post Builder
$ d" ]8 f7 P% f3 ~Simulation and postprocessor examples
( f3 w; y) X2 VFeature-based Machining ' F0 v" n# H; T$ Y+ M1 A9 ]
Feature machining areas + }, l3 N$ C h/ [( A
Machining feature groups
7 c5 j" z& ]/ J7 @( ^# k1 dIn-process features
/ {% `" n; C: WVisualizing in-process features 5 P6 T9 c) c& M" O% f3 ]7 X7 J, Y& t
In-process workpiece options to control the in-process feature ( W5 a: O6 ?0 X5 y1 o6 ~
Wire EDM
k2 `! r& s; A6 C) YWire EDM tool and guide
: Q4 q/ O$ w# m0 s0 ]Chapter 4: CAE
: Q2 s) c. m. {) G; \Advanced Simulation 4 A% b3 U5 c% K1 i/ t
Solver version support
& M0 f) R' J+ K$ k# J- RGeneral capabilities
9 m& b- S: s# O. GFields
E' h- o! N% |- O6 UMaterials : o7 V4 F0 h9 v/ L' M% x
Meshing * f$ v" Y" c( [" D
Boundary conditions
+ ~) g( _) Z- O6 f5 h. i3 }) L' ySolutions $ o4 Y8 a6 F+ `+ u
Nastran support enhancements - e* I+ }/ _* q2 o; Y
Abaqus support enhancements
4 W$ ]0 H, |, |& [0 YANSYS support enhancements
4 O* ^; m0 d3 h( p# p* ~3 dLS-DYNA support enhancements
! U+ s3 p2 ^, m6 o0 e% W7 HOptimization
/ F# L+ q1 O+ n! _9 hPost-processing
: x3 @6 p2 P, P2 e% YDurability
6 `* x ?1 k5 f z7 y4 ~1 [& m. rNX Laminate Composites 0 B# X `3 G) y9 _& H' A
NX Thermal and Flow, Electronic Systems Cooling, and Space Systems Thermal
) g. @2 K; w" @( e- ZNX FE Model Correlation 8 ?6 q% h1 }* a1 A+ W
Teamcenter Integration for Simulation
, u0 n- o. ~. G# N! [Design Simulation 5 n3 ~4 N8 `4 M' G; g6 v" f
Boundary conditions 0 l8 z Q7 \" r7 e. V
Meshing $ S! ^2 X) X& Z; O+ V3 U
Motion Simulation
8 w4 e* V; U* uInteractive articulation methods
+ N/ k+ {2 {3 I8 V, ^/ L& M/ K2 lJoint limits in articulation # s s4 a+ R+ X
Animation enhancements
/ [- ]2 U, ]0 F7 F) }+ uSpreadsheet Run enhancements
: X2 n/ _6 G) o g- \Motion Preferences enhancements
* [; ]) R7 N- j5 DFunctions and Graphing
' y! y' X5 z) kInverse option for Function Single Math command + t, n: [3 M+ Y7 t4 R: U
Plotting a graph in a separate window
; @ L4 p7 O! G7 o0 LImproved font support in graphs
0 c; m) j3 ^+ ^ u4 p+ J# B5 N5 j, MPlotting a graph with no line
# Z6 i- j2 {! a8 B) Y5 H0 zSaving graph data to an AFU file " V6 D3 B7 _3 Y: J# H+ ?
Expanded complex plot support0 z) N D2 n4 _* v
Chapter 5: Teamcenter Integration for NX
" }1 {5 z z- {' I, _+ FTeamcenter Integration for NX
, J8 d! M, d( I. w; ?7 |" dDefine and load configuration contexts
( B$ q$ J* [) z4 xRun NX in a Teamcenter multifield key environment / ~3 u* p) ]1 w" U! r3 q
Independent drawings added to export and clone ' J. e0 T2 q6 T% R% @
Save As enhanced # l# j: P; N% d
Retaining absolute occurrences when saving moved components
' ^: F+ t- F4 y9 S% R4 pOpening a component with a different revision rule than the assembly - I7 f6 C5 `- r
Viewing results and default filtering for projects
1 ?$ ]& B8 r3 pAdding independent drawings and CAE parts in the ug_clone utility - l, ]& w& R: f F
Refile utility enhancement in Teamcenter 4 ?+ Q a8 h( @6 q! M* o0 i
Item-based publishing of welds and datums to Teamcenter
/ ? B/ u0 r/ [! }$ {; y2 E& }1 v1 nChapter 6: 4th Generation Design (4GD)
# l# \7 X" R- |Introducing 4GD
+ `3 E, Z4 P0 n( z q7 i8 H: @/ N: C4GD enhancements ' f& X2 q) e! @* g7 r( I) t+ }
Design element enhancements $ h3 C! V, q; c& l" D& m* u9 W
Creating multiple design elements $ a7 X- m8 L8 F S$ n( n/ B
Converting design elements
( [2 y! a' M3 Z# O% ]) A/ a! wCreate Reusable Design
2 Q. v" K: v: ?Presented parents 0 S8 P3 \: [+ v# ^
Partition views for subsets , }, j0 {, v/ D; q1 ~9 o
x What's New in NX 90 ) f0 V% X+ M, D5 I# j8 H+ U) m
Subset structure views
; h& p5 q, `8 d/ d" r% x' ~$ YAdding connecting welds to a subset ' c* K V0 @" b9 A7 g/ A2 D( l
Mirroring a design element
& S7 R$ B0 o) I7 a3 qLoad attribute groups for design elements
& U' e2 ^* j! w" C+ u+ MEffectivity and variant options added to subset creation 8 x* R7 K* D6 ~' v1 E$ n* w
Edit attributes in bulk / M! c& f' ^$ W1 n. n
Show Collaborative Design Preview . l2 I( b/ S- }
Design features 2 x, ^3 X7 o) o' s) V% z! Q0 V
Check in and check out enhancements $ ~! S# [5 N3 ~3 t4 Q9 T% ^' H
Generating collaborative designs from existing structures : e K4 O5 d7 |# f Y* i$ \; M
Check-Mate in 4GD
- t& ? p" l6 X) D; Z5 v' cIssue Management in 4GD
- Y( p2 ^; S1 vChapter 7: Inspection and validation : k5 R# V \* M$ u# \: V9 a' k
Check-Mate
& H; G3 o7 H5 kCheck-Mate checkers and functions 5 V& T# x* a1 D- g* x
Check-Mate profiles 9 L; F% I1 I! r9 h: o9 i
CMM Inspection Programming
8 }5 w0 W. G6 m- {- ]3 dGeneral enhancements " g4 a5 Z5 S9 x+ R) x% L
Expanded CMM libraries
; y( S% A9 T1 V! O4 YOffset distance for 2D features
" Z. m, }8 f3 U o6 |) }, X9 KNew inspection feature type: Edge Point
6 l6 N/ h. u8 V/ B/ YSet PCS to CADABS alignment type " l/ g+ a2 ~, s" v# i) c3 P
New inspection command types
" N; t2 w H( P8 O; A& q$ _2 f+ Q* fSupport for cylindrical probes 8 t2 @: _3 O. L9 O1 f3 d( `
Resequencing of inspection paths 3 U& B9 `: c/ t
Auto-ordering of tolerances in the Inspection Navigator
& p) |- W" z6 S4 y3 ESupport for DMIS SNSET/DEPTH 5 ^7 |, h4 Y+ V$ u0 s, w
Measure an inspection feature relative to another feature
) U% B0 \+ u1 I6 QRequirements Validation
* ~$ p; H: n" Q& ^ _0 D) QUnits in the HD3D Requirements Validation tool + g2 n$ X2 ~% \& P% {
Chapter 8: Tooling Design
; M8 _1 |: t' y+ ]6 PCAM Data Preparation ) _- ?, ~% y# Z9 v- o5 B
3D Curve Offset
* Y+ E* o" \9 X" u m' g3D Curve Blend q$ Z; D1 ?# u$ u6 }: y# P
Match Surface
! ]) F( N g# b9 nReduce Surface Radius
; K' M! r! S4 w7 GGuided Extension
' b& H/ ^# Y8 u6 H% S. L( s- T7 @8 gTooling shared functions
9 D0 f( v% j3 V( IDie Analysis using LS-DYNA 8 ^0 r# O. j7 O6 w9 W9 _
Object Attribute Management 8 _; F. F8 u0 u4 m
Face Color Management / h( Y. d2 l- z: G' M7 k6 h8 b9 f
Hole Manufacturing Note
" F. T4 X1 t2 X% q' K- e3 M) \Restore Tooling Application
: m; S) U" k1 o7 cMold Wizard 1 r$ ?5 T$ X% ~
Mold Base Library enhancements
- T+ A( a, S* Z) m2 ^Workpiece enhancements [: w/ P* {8 b: R |! K
Ejector Pin Table " z! F) c' E) c. }) T0 q! U
Weld Assistant
; Y5 Q2 y$ ^" t$ ?% w, h8 Y4 \Fabrication Information
8 n$ B! T" F6 G7 }3 i8 h, b2 ]Joint Mark 1 a# ~; b( G/ R& A0 r
Export CSV File enhancements " l0 A3 Q2 N) h+ o0 b+ q
Import CSV File enhancement 3 t+ L* {% t$ s0 a' b! ]/ o
Groove Weld enhancements
$ d4 P( H/ J, xDatum Surface Locator and Datum Pin Locator enhancements & Q- r/ [# G* e
Using weld and datum information obtained from Teamcenter
k3 ^/ B8 {) L# Y/ UItem-based publishing of welds and datums to Teamcenter $ P0 _! @$ e( G7 F3 g
Connected Face Finder enhancements
7 c" q1 \$ k. m1 X- \6 rCompound Weld enhancements
2 ?4 X( v1 s4 _. y- w* |Structure Welding
" G m9 B1 J* C; {7 B* AFabrication PMI " Q" t! o" z. T8 M) W
Surface Weld
4 J8 r1 C/ E `" e. m! |* xWelding Joint enhancements 4 G- s' k( y3 v% p2 d
Edit Joint Definition enhancement
* N% _- r9 _7 Y5 l) MEdge Attribute Title welding customer default
$ Z0 j7 B6 k. C. lExport Welding Joints enhancement
$ b0 Y. r; t- Z: v' ~Item-based publishing of welds and datums to Teamcenter
7 f$ b, E- ]6 E1 C* [Die Design
% C1 r7 e, I+ ?8 [! z0 RLower Binder
I3 o: R4 J+ |Trim Post + q! b9 w# u! Q
Draw Punch and Draw Die enhancements 1 Q1 ~: I/ B0 I( a* B% g
Assigning colors to die faces
" M/ Y; ~3 z$ Q9 a$ Q' e- E5 `) K( O/ IDie Engineering 2 j% D) n) n' R( O8 q+ r
Die Analysis using LS-DYNA
( `6 h- G. [- I5 vTrim Angle Check enhancements : o) R5 `# y" ], g/ j) e$ r% ?
Stamping Operation enhancement : x% W; v; N) ]$ s& U+ A% T1 z
Die Tip enhancement
/ H6 r5 Z9 r& J) [1 N Z; N0 f% LChapter 9: Data translation
& Y3 O$ |8 Y. u4 g) ^5 MExporting editable dimensions to DXF/DWG file C7 G3 j8 z% ~1 ~/ S
Controlling text aspect ratio for the text imported from DXF/DWG file / |1 @& M+ V" b* R! v( w. _
Supported DXF/DWG versions % t! x" z$ K) c+ G) f5 e- {
STEP translator enhancements 8 l+ [" _, y- ?( ?, @3 R! A y1 {
NX to JT
) V4 p6 G& H; q6 g! ?JT version 10 files
% c5 N: X C: O( ~* aDisplay order of model views and PMIs in JT files 4 ~7 p F- {# E& r& ?1 ~: `2 f5 e# t
JT support for object visibility in model views ) q( A2 B/ v& } O0 q
PMI lightweight section views enhancements in JT files 0 W: Y8 I7 p* [5 ^3 T* a3 T
JT support for weld Joint Mark feature
( k& u c& l( _5 IJT support for hole and thread callout PMI $ O- h0 N5 I4 Y; Y
Geometry Sharing in JT files
9 K5 k) C1 M1 x6 K! p8 f0 KJT support for business modifiers and PMI attributes + k3 g4 c" Q. I/ j5 C: U
Visibility of datum entities in model views of JT files / U* ~5 y7 P3 M& {# o; E. ~
JT support for PMI association with objects & Z7 L; y8 _8 l J
Chapter 10: Mechatronics Concept Designer $ k1 y+ p4 N6 q9 g
Collision Body enhancements
/ D9 v- E! D- F9 E- U& HActuator enhancements
4 Y* O' c+ z% `* Rxii What's New in NX 90 % h9 Y0 f2 [7 Y( q
Cam enhancements 5 M8 _3 I$ f& X8 |4 A
Operation enhancements
4 J) ] g6 e4 J Z& h( PChanging units in dialog boxes 0 J# }, ~ b2 c
Mechatronics Concept Designer preferences
* @3 I8 C/ M- I/ C. b% [( JCreate dependencies 3 K: d; m% I2 t% t' w
System Navigator enhancements ! s$ J/ J$ H2 `- I, |7 H u
Creating physics containers # B& q5 ~$ K3 i, M
ECAD integration enhancements
5 r% r/ A% A' cSimulating NC code 9 k$ b& R: c& `7 A$ H ~1 p
Convert from MTB
# l* f5 u% j. nShared memory signal mapping ; e8 H# k. i. n% i7 D$ Y9 T
SCOUT Integration
2 u( S7 B' h0 B* k8 |1 LSIZER Integration # l% {0 x7 q1 p$ J
Chapter 11: Programming Tools
2 b" s( C6 v5 _: S9 Q3 H) OAssemblies functions in SNAP 4 h, `: B% {' E* M2 M- {- ]
Block UI Styler( T4 b! ]: L! o* D" P) ?$ H9 W
New properties for blocks # w" Z0 _) K9 h D
Changing a displayed part
$ j U1 p3 ]- `Explorer block 3 \' p" m* H( g
Chapter 12: What's New in NX 851 - x' o7 G4 o( A7 k9 P% T
Modeling 5 P5 l. U" R9 {% ], `
User Defined Feature callback hooks for NX Open API libraries
0 ~5 _9 l! `- U9 [! fPreserve the relative order of Feature Groups . [0 \6 {* D4 x
U/V Direction 3 f) L+ x* f6 M5 B
Studio Surface enhancements — Split faces along boundary curves
" ^1 u( R5 R# n' v1 _7 APMI
7 J1 u. B2 A% M3 y2 C2 yFind PMI Associated to Geometry enhancements ' O* L l, {1 {9 p* q1 E1 J
PMI Effectivity Management 741
! ?( M: ~' B5 x) _. yRouting 742
/ Q9 f) w% s0 V; d, MWind Catcher 742
( U2 D& H. B. U/ A; g6 nBranch Path Numbering 744 4 }& L$ i; W3 y- p
Platform Creator 745
6 g/ L1 r5 U9 |6 u) ~Shipbuilding 747
+ v" T; v% T6 A* N0 nAssign manufacturing information to openings 747
9 p8 S P* g" X2 \Specify section subtypes for steel features 749
4 Q8 G1 F {# fManufacturing 750 * ~; ~. y Z. b# U$ }8 ^
Operation Navigator enhancements 750 0 x b, X# O/ _' H/ w. C6 z7 ~
Advanced Simulation 751
2 k( ?) x) Q' \' z5 y" m8 Z: zSolver version support 751 ; u7 H1 n @$ E2 Z
NX Laminate Composites 758
4 y% L) e7 N9 M* Z0 D: B& @Durability 763 1 r W; s4 U' b* D+ |
Teamcenter Integration for NX 764 , [: n$ u, U( P7 @ {
NX Relations Browser enhancements 764 7 M6 @* j C7 U0 J# ?5 p
Select Configuration Context when loading assemblies 766 ( L n* Z* L' C: b
Default project selection 768 # F/ ?+ t- T1 J/ W) N+ M6 u: {
CMM Inspection Programming 769
$ N2 Y( c3 t& U; n+ e5 g9 SCMM measurement analysis engine 769 : n3 ^; |- O7 z5 ]
Export analysis results 771 DMIS programming enhancement 772 , f! @) Z; |/ M9 m2 [
Data translation 774 8 E) y2 C( U" M7 A5 D
AutoCAD DXF/DWG Import Wizard dialog box enhancement 774 6 H& w! I, d- _ R
JT support for PMI association with objects 775 2 q6 R* f9 X9 U: s
Mechatronics Concept Designer 776 ; L: L5 W& s' e7 x* U+ a% U7 B
Import from ECAD enhancements 776 # i6 z0 ^) G8 }( \+ r/ J
! s( `; C0 x( E- j& q |
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